WO2011077732A1 - Dispositif fournissant un contenu - Google Patents

Dispositif fournissant un contenu Download PDF

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Publication number
WO2011077732A1
WO2011077732A1 PCT/JP2010/007456 JP2010007456W WO2011077732A1 WO 2011077732 A1 WO2011077732 A1 WO 2011077732A1 JP 2010007456 W JP2010007456 W JP 2010007456W WO 2011077732 A1 WO2011077732 A1 WO 2011077732A1
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WIPO (PCT)
Prior art keywords
chemical substance
product
service
information
content
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PCT/JP2010/007456
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English (en)
Japanese (ja)
Inventor
今井彰
Original Assignee
アトナープ株式会社
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Publication date
Application filed by アトナープ株式会社 filed Critical アトナープ株式会社
Priority to CN201080064586.8A priority Critical patent/CN102770882B/zh
Priority to EP10838970.1A priority patent/EP2518673A4/fr
Priority to JP2011547313A priority patent/JPWO2011077732A1/ja
Priority to US13/518,049 priority patent/US20120312981A1/en
Publication of WO2011077732A1 publication Critical patent/WO2011077732A1/fr

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/02—Marketing; Price estimation or determination; Fundraising
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
    • B25J—MANIPULATORS; CHAMBERS PROVIDED WITH MANIPULATION DEVICES
    • B25J13/00—Controls for manipulators
    • B25J13/08—Controls for manipulators by means of sensing devices, e.g. viewing or touching devices
    • B25J13/087—Controls for manipulators by means of sensing devices, e.g. viewing or touching devices for sensing other physical parameters, e.g. electrical or chemical properties
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
    • G01N27/00—Investigating or analysing materials by the use of electric, electrochemical, or magnetic means
    • G01N27/62—Investigating or analysing materials by the use of electric, electrochemical, or magnetic means by investigating the ionisation of gases, e.g. aerosols; by investigating electric discharges, e.g. emission of cathode
    • G01N27/622—Ion mobility spectrometry
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/02—Marketing; Price estimation or determination; Fundraising
    • G06Q30/0201—Market modelling; Market analysis; Collecting market data
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services

Definitions

  • the present invention relates to an apparatus and a method for supplying content to a terminal.
  • WO 2006/013396 Japanese Patent Special Publication No. 2008-508893 describes an ion mobility spectrometer having an ion filter in the shape of at least one ion channel having a plurality of electrodes.
  • WO 2005/052546 Japanese Patent Publication No. 2007-513340 describes an ion mobility-based system, method and apparatus for sample analysis.
  • Olfactory sensation is defined as one of the sensations that occur when a specific chemical molecule is received by a receptor.
  • An object of the present invention is to provide information to a terminal having an ability equivalent to an olfactory sense.
  • a compact sensor capable of detecting chemical substances in the air has been developed and is being considered for installation in portable terminals such as mobile phones and PDAs. Furthermore, analysis of chemical substances contained in the air using an analyzer such as an ion mobility sensor and reappearance of various odors (odors) has begun to be studied.
  • An analyzer such as an ion mobility sensor and reappearance of various odors (odors) has begun to be studied.
  • a similar scent is reproduced by combining a limited number of odor sources (sources), but after all it is only a similar scent, and the scent has the same commercial value as the original perfume. It cannot be reproduced.
  • a sensor capable of detecting a chemical substance is mounted on a portable terminal or the like and the source and combination (recipe) of the odor are accurately determined, the value of the product for which the value of the odor is recognized may be reduced.
  • sensors that can detect chemical substances on mobile devices it is possible to prevent accidents by detecting threats such as poisonous substances at an early stage, or by detecting odors related to human health.
  • a sensor capable of detecting a chemical substance is mounted on a portable terminal.
  • One embodiment of the present invention is a communication unit that exchanges information with a terminal including a detection unit that acquires chemical substance-related information related to a chemical substance contained in air (atmosphere, outside air), and detection from the terminal
  • a function that acquires event information including changes in chemical substance-related information obtained by the unit, and at least one chemical substance that causes an event based on the event information is estimated, and at least one chemical is
  • a function functional unit, generation factor supply unit) for supplying generation factor information including information on a substance (for example, a name)
  • an event generation factor includes a plurality of chemical substances
  • a combination of a plurality of chemical substances is the first If it contains a combination of multiple registered chemicals for a product or service, the device will have a combination of multiple registered chemicals
  • function of supplying content associated with the first product or service is a device having a. Supplying the content may supply the content itself or an address such as a URL that supplies the content.
  • This device is typically realized by one or a plurality of information processing devices such as a server having a CPU and a memory.
  • This apparatus includes a system that provides information via a computer network such as the Internet and an intranet, and a communication network such as a public telephone line.
  • This device is registered in the terminal when the event generation factor includes a plurality of chemical substances and the combination of the plurality of chemical substances includes a combination of a plurality of registered chemical substances related to the first product or service.
  • the event generation factor includes a plurality of chemical substances
  • the combination of the plurality of chemical substances includes a combination of a plurality of registered chemical substances related to the first product or service.
  • content associated with the first product or service is provided. Therefore, for products or services related to odors such as perfume and products that have commercial value in odors, content related to the products or services, for example, advertisement / advertisement of products or services, provision, instead of recipes
  • the original advertising / advertising and other user services can be supplied.
  • this apparatus further has a function (functional unit) that charges the content provider according to the content supply function supplying the content. Charges may be made according to the frequency of supplying the content, goods or services may be charged according to registration in the database for providing the content, and there are various methods of charging. In many cases, the content provider contracts the provision of content from the provider of the product or service or the provider, and a merit can be obtained by supplying the content to the terminal. On the other hand, since the provider of the device actively supplies the content by charging, it is possible to prevent the recipe of the product or service from being disclosed to the user.
  • Chemicals in a combination of multiple registered chemicals do not have to be an odor factor, but many products or services that have high commercial value in chemical recipes are odor related .
  • a typical chemical substance included in a combination of a plurality of registered chemical substances is a naturally occurring chemical substance that causes odor.
  • the function of acquiring this device is to obtain event information including the first type chemical substance related information specific to the first type sensor.
  • the function of acquiring and supplying contents is when the first type chemical substance related information includes a specific pattern when a combination of a plurality of registered chemical substances is detected by the first type sensor.
  • the terminal preferably has a function (functional unit) for supplying content associated with the first product or service instead of the combination of the plurality of registered chemical substances.
  • the content associated with the product or service can be more reliably transmitted in a shorter time. Can be supplied to the terminal. Moreover, it can suppress that recipes, such as a smell relevant to goods or a service, are supplied to a user's terminal accidentally.
  • the function of supplying the content includes the case where the first type chemical substance related information includes a product / service specific pattern when an odor related to the first product or service is detected by the first type sensor. It is desirable that the terminal further has a function (functional unit) for supplying content associated with the first product or service instead of the combination of the plurality of registered chemical substances.
  • the terminal By preparing a product / service-specific pattern when a scent related to a product or service is directly detected by the first type sensor, content associated with the product or service can be more reliably associated with the user's terminal in a shorter time. Can supply. Moreover, it can suppress that recipes, such as a smell relevant to goods or a service, are supplied to a user's terminal accidentally.
  • a typical type of sensor is a spectrometric sensor that outputs chemical substance-related information as a spectrum (waveform data), and a specific pattern is a spectral feature (waveform characteristic, spectral characteristic, spectral signature). )including.
  • a typical analytical sensor is an ion mobility sensor.
  • the function of supplying content collates the spectrum obtained from the analysis type sensor using the spectrum feature included in the specific pattern.
  • the function of supplying content may extract a spectrum feature from the obtained spectrum, or may synthesize a matching spectrum from the spectrum feature.
  • a communication unit that exchanges information with a terminal including a detection unit that acquires chemical substance-related information related to a chemical substance contained in air, and a detection unit from the terminal. And a function (functional unit) for acquiring event information including a change in chemical substance related information, and the substance detection unit includes a first type sensor, and the function for acquiring the first type sensor.
  • the first type chemical substance related information includes a specific pattern when a combination of a plurality of registered chemical substances related to the first product or service is detected by the first type sensor.
  • the first type chemical substance related information includes a product / service specific pattern when an odor related to the first product or service is detected by the first type sensor
  • the first product Or you may have further the function (functional unit) which supplies the content linked
  • this apparatus further has a function (functional unit) that charges the content provider according to the content supply function supplying the content.
  • One of the different aspects of the present invention is a method in which an apparatus including a CPU and a memory supplies information, and includes the following steps.
  • a device acquires event information including a change in chemical substance related information obtained by a detection unit from a terminal including a detection unit that acquires chemical substance related information related to a chemical substance contained in air.
  • the event generation factor includes a plurality of chemical substances and the combination of the plurality of chemical substances includes a combination of a plurality of registered chemical substances related to the first product or service, a plurality of registered chemical substances are stored in the terminal. Supply content associated with the first product or service instead of the combination of substances.
  • this method further includes charging the content provider according to the supply of the content.
  • the third step is Furthermore, it is desirable to have the following steps. 3a.
  • the first type chemical substance related information a specific pattern when a combination of a plurality of registered chemical substances is detected by the first type sensor or an odor related to the first product or service is detected. If the product / service specific pattern detected by the sensor is included, supply the content associated with the first product or service to the terminal instead of the combination of multiple registered chemical substances .
  • One further aspect of the present invention is a method comprising the following steps. 11.
  • the first type chemical substance related information includes a specific pattern when a combination of a plurality of registered chemical substances related to the first product or service is detected by the first type substance detection sensor, or
  • one type of chemical substance-related information includes a product / service unique pattern when an odor related to the first product or service is detected by the first type substance detection sensor, the first product or service Supply content associated with the.
  • the method preferably further comprises the following steps. 13. To charge the content provider according to the supply of the content.
  • One of further different aspects of the present invention is a program (program product) executed in an apparatus having a CPU and a memory, and includes an instruction for executing the above-described control.
  • This program (program product) may be provided by being recorded on a recording medium (such as an optical disk) or may be provided via a computer network such as the Internet.
  • FIG. 1 shows an overview of a system that provides odor-related content.
  • This system 1 provides an odor analysis center (analysis center) 10 and a product or service (service) that communicates with various terminals via a computer network such as the Internet 9 and provides information on odors (odor, odor).
  • Manufacturer server 8 content provider (CP) server 7 that provides content related to goods or services (services), billing management server 6 that manages billing for the manufacturer or CP, mobile phone network, wireless LAN, etc.
  • It has a base station 5 that provides a communication environment with a user's terminal by various communication methods, and a terminal (including a mobile phone, a PDA, etc.) 100 that the user 90 can carry.
  • the terminal 100 includes a detection unit 110 including a sensor 120 for detecting an odor (odor source).
  • Olfactory sensation is defined as one of the sensations that occur when a specific chemical molecule is received by a receptor. Therefore, detection of chemical substances contained in the atmosphere (outside air) will be described below as olfaction or smell (odor), but the following systems (devices) detect chemical substances that are not recognized as smells by humans and animals. It is also possible to do.
  • Odor is a chemical substance such as a compound or gas contained in the surrounding air.
  • chemical substances include compounds, molecules and elements, and are not limited to components or compositions, but also include products.
  • the chemical substance includes an organic substance and an inorganic substance. It is said that many chemical substances that can be sensed by olfaction have chemical functional groups.
  • One group of functional groups is a hydrocarbon, which includes, but is not limited to, alkanes (chain saturated hydrocarbons). This group of alkanes includes ethane, methane, propane, butane, etc. as chemical substances.
  • the functional group is not limited to a hydrocarbon group, and examples of the functional group containing nitrogen include an amino group, and examples of the functional group containing oxygen include an alcohol group and a ketone group. These are just examples of chemicals and functional groups.
  • the chemical substance may be a gas (gas itself) such as carbon monoxide or carbon dioxide.
  • the chemical substance may be an inorganic substance such as carbon, aluminum, or nitrogen.
  • the ion mobility sensor ion mobility spectrometer, ion mobility spectrometer
  • ion mobility spectrometer ionizes substances (molecules) in the air and outputs a spectrum (output pattern, air quality pattern) based on the difference in mobility of the ionized molecules.
  • An asymmetric field ion mobility spectrometer Field Asymmetric wave form Ion Mobility Spectrometry, FAIMS
  • a differential electric mobility spectrometer Differential Ion Mobility Spectrometer, DIMS
  • This type of spectrometer (analytical) sensor hereinafter collectively referred to as an IMS sensor, inputs ionized molecular flows into an asymmetric electric field that changes from high pressure to low pressure and inputs them based on the field mobility of the ions. Output the filtered result.
  • IMS sensors include microDMx from SIONEX and FAIMS devices from OWLSOTNE.
  • Vd voltage Dission Voltage, electric field voltage (Vrf), alternating current
  • Vc voltage Voltage
  • Compensation voltage, and direct current can be detected in accordance with two variables. Therefore, three-dimensional data (waveform data, spectrum) including them and a two-dimensional spectrum in which any one of the three-dimensional parameters is fixed are obtained as information related to the chemical substance.
  • spectral features spectral signatures, spectral characteristics, spectral features
  • spectral elements may be acquired as information related to chemical substances.
  • Spectral features include spectral peak amplitude, spectral peak width and spectral peak slope, spectral peak spacing, number of spectral peaks, relative position shift of spectral peaks due to changes in processing conditions, spectral discontinuities, Vrf vs. Vcomp characteristics are included.
  • the detection unit (sensor) for obtaining information related to the chemical substance may be a mass spectrometry type sensor, and M / Z (mass vs. charge) is obtained as information related to the chemical substance contained in the fluid.
  • Analytical sensors using ion mobility, etc. are more versatile than sensors sensitive to specific components (chemical substances), and the presence and intensity (concentration) of almost all components within the analytical range. Can be detected with the same degree of accuracy.
  • the chemical component (chemical substance) information detected by the sensor includes changes in intensity (concentration change, abundance change, and other changes detected by the sensor) of the chemical substance (including at least one of compounds, molecules, and elements). ⁇ Including variables (including intensity variations).
  • Sensors that acquire information related to chemical substances include chemical sensors compliant with IEEE 1451, quartz sensors (QCM, Quartz Crystal Microbalance), electrochemical sensors, SAW (Surface Acoustic Wave) devices, optical sensors, and gas sensors.
  • quartz sensors QCM, Quartz Crystal Microbalance
  • electrochemical sensors SAW (Surface Acoustic Wave) devices
  • optical sensors optical sensors
  • gas sensors gas sensors.
  • sensors including chromatography, liquid chromatography, and MOS (Metal Oxide Semiconductor) sensors.
  • Information related to chemical substances is often different depending on the type of sensor used to detect chemical substances, and different types of chemical substance related information are output for the same chemical substance. There is a high possibility of being. It is important to handle these different types of chemical substance-related information in a unified manner. For example, it is conceivable to map different types of information in a space indicating a chemical substance. However, a certain amount of processing time is required to uniformly process different types of chemical substance related information.
  • sensor-related chemical substance-related information obtained by different types of sensors is indicated by the name of the sensor type.
  • chemical substance related information obtained by an IMS type sensor is referred to as IMS data.
  • chemical substance related information obtained by performing processing such as mapping the chemical substance related information unique to the sensor to a common space indicating the chemical substance so that it can be handled in a unified or general manner will be referred to as general data.
  • One of the general-purpose data is FCWS data proposed by the applicant of the present application. This data is based on the sensor-specific chemical substance-related information, and the frequency (space of chemical substance) characterized by the chemical substance by FCWS (Functionally Classification Wave Shaping, functional (functional group) waveform shaping) technology. The information is mapped (assigned) to a space, and intensity information indicating the presence of a chemical substance is converted into intensity information in the frequency domain.
  • the user terminal 100 is typically a mobile phone including hardware resources such as a CPU and a memory.
  • the user terminal 100 includes a communication unit 102 that can access the Internet 9 via the base station 5, an output interface 103 that displays or outputs various information, an input interface 104 that inputs various information, and various information.
  • the acquisition interface 105 to acquire and the control unit 101 which controls these are included.
  • Examples of the output interface 103 include a display and a speaker.
  • Examples of the input interface 104 include a keyboard, a touch panel, and a microphone.
  • Examples of the acquisition interface 105 include a camera, a GPS, a thermometer, and a hygrometer.
  • the user terminal 100 further includes a detection unit 110 that detects information about chemical substances.
  • the detection unit 110 converts the sensor 120, the device (olfactory processor, OLP, Olfaction Processor) 130 that provides an olfactory function, and the unique data 129 of the sensor 120 into general-purpose data or for determining the odor locally.
  • a library 135 in which information is stored.
  • the OLP 130 may be implemented using software by a CPU, may be implemented using a chip such as a dedicated ASIC, or may be implemented using a chip whose circuit can be reconfigured.
  • a sensor employed in the detection unit 110 of this example that is, a first type sensor of chemical substance related information related to a chemical substance contained in air (outside air, air) 190 at a sampling point 191 is an IMS sensor 120.
  • the IMS sensor 120 includes an ionization unit 121 that ionizes a chemical substance contained in the sucked outside air 190 using radiation, light, an electric field, and the like, an electric field control filter 122 that controls a movement amount of the ionized chemical substance, and an ionization A unit 123 that outputs IMS data 129 as information related to the chemical substance contained in the outside air 190 from the transferred amount of the chemical substance.
  • IMS data 129 includes spectra and / or spectral features, as described above.
  • the OLP 130 in this example generates event information 139 including the FCWS data obtained by mapping the IMS data 129 and the IMS data 129, and provides the event information 139 to the analysis center 10 via the communication unit 102.
  • the IMS sensor 120 detects a component (chemical substance) of the perfume 150 contained in the outside air 190 and relates to the chemical substance.
  • Data (IMS data) 129 to be output.
  • the OLP 130 detects the occurrence of an event from a change in the IMS data 129, and outputs event information 139 including a change in chemical substance related information (IMS data 129 and FCWS data).
  • the event information 139 may include either IMS data 129 or FCWS data.
  • the analysis center 10 is connected to the intranet 12, a gateway server 11 connected to the Internet 9, an intranet 12 connected to the Internet 9 via the gateway server 11, a search server 30 connected to the Internet 9 via the intranet 12.
  • a data server 20 and a content server 40 connected to the intranet 12 are included.
  • the content server 40 is a library 41 that stores products and services related to smells (fragrances) such as perfumes and fragrances, and content provided by manufacturers that provide those products and services or URLs that provide content. including.
  • Each of these servers 20, 30, and 40 may be configured by an information processing apparatus (server main body) that includes CPUs 20c, 30c, and 40c and memories 20m, 30m, and 40m, and is configured by a common information processing apparatus. It may be configured by more information processing apparatuses.
  • the data server 20 includes a general-purpose chemical substance database (general-purpose database) 21 and chemical substance databases 22.1 to 22. n and the product / service database 23.
  • the general-purpose chemical substance database 21 includes FCWS data, which is general-purpose data, and information on the chemical substance specified thereby, and is a database for specifying a chemical substance from the FCWS data.
  • Chemical database for each sensor type 22.1-22. n is a database for specifying a chemical substance from data unique to a sensor such as IMS data 129, including data specific to the sensor such as IMS data 129 and information (specific pattern) of the chemical substance specified thereby. is there.
  • the specific pattern may be the spectrum itself output from the IMS sensor 120, or may be data including spectral features (spectral signatures, spectral characteristics, features) indicating elements of the output spectrum of the IMS sensor 120.
  • Spectral features include spectral peak amplitude, spectral peak width and spectral peak slope, spectral peak spacing, number of spectral peaks, relative position shift of spectral peaks due to changes in processing conditions, spectral discontinuities, Examples include, but are not limited to, Vrf vs. Vcomp characteristics.
  • the product / service database 23 has an odor (smell) related to a product or service in which information related to the content is registered in the content server 40 (first product or service, hereinafter referred to as the registered product or service as a representative product). , Smell, scent) combination of chemical substances (recipe) 23a, product / service specific pattern 23b when the smell related to the registered product is detected by each type of sensor such as the IMS sensor 120, and identification of the registered product Information (content information) 23c for providing content from the content server 40, the manufacturer server 8 or the CP server 7 to the user terminal 100.
  • odor odor
  • scent scent combination of chemical substances
  • product / service specific pattern 23b when the smell related to the registered product is detected by each type of sensor such as the IMS sensor 120
  • identification of the registered product Information (content information) 23c for providing content from the content server 40, the manufacturer server 8 or the CP server 7 to the user terminal 100.
  • the product / service specific pattern 23b may also be the spectrum itself output from the IMS sensor 120, and is data including spectral features (spectral signatures, spectral characteristics, features) indicating elements of the output spectrum of the IMS sensor 120. May be.
  • the product / service unique pattern 23b may be referred to as a unique pattern 23b.
  • the product can be specified, and the content related to the registered product or the address that supplies it can be specified. Further, the product / service database 23 can identify sensor-specific data such as the IMS data 129 and the unique pattern 23b, thereby specifying the registered product and specifying the content related to the registered product or the address for supplying the content.
  • the data server 20 further includes chemical substance databases 21 and 22.1 to 22.
  • a chemical substance update unit 25 for updating n and a product / service update unit 26 for updating the product / service database 23 are included.
  • the chemical substance update unit 25 registers the pattern in the general-purpose database 21, and always improves the detection, determination, or estimation accuracy of the chemical substance based on the FCWS data.
  • the chemical substance update unit 25 registers the specific pattern in the unique database 22.1 and detects the chemical substance using the IMS data 129. Always improve judgment or estimation accuracy.
  • the chemical substance update unit 25 creates a chemical substance database for the new type of sensor. Also, information for converting data of a new type of sensor into general-purpose FCWS data is generated.
  • the product / service update unit 26 registers an odor recipe 23a and a product / service unique pattern 23b for each sensor type in the product / service database 23.
  • the recipe 23a may register a combination of a plurality of chemical substances included in the recipe 23a, or may register a specific pattern as a recipe 23a when a combination of a plurality of chemical substances is detected by the IMS sensor 120.
  • the product / service specific pattern 23b when a new type of sensor that outputs chemical substance-related information becomes available, the product / service specific pattern 23b when the smell related to the registered product is detected by the new type of sensor is acquired, and the product / service is acquired. Register in the database 23.
  • the search server 30 includes a communication unit 39 that communicates with the user terminal 100 via the intranet 12 and the Internet 9, a management unit 38 that performs user authentication and charging for the user and / or content provider, and a first search unit 31.
  • the first search unit 31 stores the product / service database 23.
  • the product / service unique pattern 23b is a pattern (fingerprint) when the odor relating to the registered product (first product or service) is detected by the IMS sensor 120, and is the smell of the registered product most reliably and at high speed. There is a possibility that it can be determined.
  • the second search unit 32 stores the database for the IMS sensor.
  • the specific pattern registered in 22.1 is collated with the IMS data 129, and the chemical substance (combination of a plurality of chemical substances) is estimated from the IMS data 129 included in the event information 139.
  • various techniques related to pattern matching or pattern recognition such as a neural network, can be used. It is also possible to apply a standard algorithm such as principal component analysis (PCA, Principle Component Analysis) or discriminant analysis (LDA, Linear Discriminate Analysis) for characteristic extraction.
  • PCA principal component analysis
  • LDA Linear Discriminate Analysis
  • the second search unit 32 estimates the chemical substances included in the IMS data 129 using the specific pattern of the database 22.1, and the combination of those chemical substances and the product / service database 23 are registered. You may enable it to compare with the recipe 23a. Further, the second search unit 32 may convert the recipe 23a into information that can be compared with the IMS data 129 using a specific pattern of the database 22.1, and collate with the IMS data 129.
  • the third search unit 33 checks the general-purpose data (FCWS data) included in the event information 139 obtained from the terminal 100 via the interface unit 37 with the chemical substance pattern in the general-purpose chemical substance database 21.
  • the chemical substance (combination of a plurality of chemical substances) is estimated from the FCWS data of the event information 139.
  • Most general chemical substances 21 are registered in the general-purpose chemical substance database 21.
  • the chemical substances included in the event information 139 can be specified by the third search unit 33, and the user terminal 100 can be identified.
  • Analysis information 141 including a chemical substance (combination of a plurality of chemical substances) that is an event generation factor can be returned.
  • the content supply unit 34 uses the analysis information 142 including the registered product content information 23 c corresponding thereto. Return to user terminal 100.
  • the content supply unit 34 matches the recipe 23a of the registered product with the combination of chemical substances estimated from the IMS data 129 or the general-purpose data (FCWS data) in the second search unit 32 or the third search unit 33. If the information is similar or can be determined to be the same with high probability, the analysis information 142 including the content information 23c of the corresponding registered product or service is returned to the user terminal 100. Therefore, in the user terminal 100, instead of the information directly indicating the chemical substance detected by the IMS sensor 120, the content related to the product / service is displayed or output.
  • Typical content associated with a product or service includes the name of the product or service, information identifying the product or service (manufacturer) (name, location), advertising or advertising of the product or service, Furthermore, it includes advertisements and advertisements of products or services that can be further provided to users in connection with the products or services.
  • These contents may be provided from the content server 40 of the analysis center 10, may be provided from the server 8 of the manufacturer, or may be provided from the server 7 of the content provider.
  • a recipe (combination of chemical substances) 23a to be collated with a combination of chemical substances estimated from IMS data 129 or general-purpose data is a chemical substance registered in the general-purpose database 21 or a chemical substance registered in the database 22.1. It may be written in units or grades, and may be described in combination with the name of a naturally occurring chemical substance that causes a specific odor (for example, the name of a compound). It may be described by a combination of the names of chemical sources (for example, the types of plants such as fruits and flowers, the types of animals, and the names of spices). Data that can be compared with general-purpose data or IMS data 129 by synthesizing or combining the odor elements described in the recipe 23a with chemical substance patterns registered in the general-purpose database 21 or database 22.1. It is possible to create.
  • the generation factor supply unit 35 matches the recipe 23a of the registered product with the combination of chemical substances estimated from the IMS data 129 or the general-purpose data (FCWS data) in the second search unit 32 or the third search unit 33.
  • the analysis information 141 including the estimated combination of chemical substances is returned to the user terminal 100. Therefore, in the user terminal 100, information indicating a chemical substance or a combination of chemical substances detected by the IMS sensor 120 is displayed or output.
  • the information indicating the chemical substance or combination of chemical substances may be the name of the chemical substance or the name of a naturally derived chemical substance that causes a specific odor (for example, the name of a compound). It may be the name of the source of the chemical (eg, plant type such as fruit, flower, animal type, spice name, etc.), chemicals, combinations of chemicals, or others indicating their source The general name may be used.
  • the user can select what information he wants to include (want to acquire) in the analysis information 141 including the estimated combination of chemical substances.
  • the content supply unit 34 determines that the smell is related to the registered product or service (combination of chemical substances, recipe)
  • Analysis information 142 including the content information 23c of the registered product (set) is sent to the terminal 100. Therefore, if the chemical substance (combination of chemical substances) estimated by the IMS data 129 obtained by the IMS sensor 120 is registered in the product / service database 23, the information obtained by the user is the provision of the product / service. In the range permitted or set by the person.
  • the provider of the product / service uses the opportunity that the chemical substance (combination of chemical substances) estimated by the IMS data 129 obtained by the IMS sensor 120 is registered in the product / service database 23. Efficiently provide advertisements and advertisements related to products or services to users who are likely to become targets of products or services.
  • the management unit 38 of the search server 30 includes a function of charging a content provider, in many cases, a product (service) provider (manufacturer) according to the content supply.
  • One of the charging methods is to charge according to the frequency (number of times) the content is transmitted to the user's terminal 100.
  • charging may be performed by registering a product or service in the product / service database 23 and enabling supply of content. Further, charging may be performed according to a period for continuously supplying content, and there are various charging methods.
  • the billing information is sent to the billing management server 6 and settled by an appropriate settlement method.
  • the management unit 38 further includes a function for managing the user of the terminal 100. It is also possible to charge the user by providing the user terminal 100 with the chemical substance and information related thereto. Furthermore, it is also possible to supply information related to a user to whom content related to a registered product or service is supplied to a content provider within a permitted range. A provider of a product or service can provide content for the event information 139, efficiently acquire user and market information regarding the product or service provided with the content, and use it for product development.
  • the alarm supply unit 36 of the search server 30 is a process in which the first search unit 31, the second search unit 32, and the third search unit 33 collate data included in the event information 139 with various chemical substance patterns. When a chemical substance that may be dangerous for the user is detected, an emergency alert is transmitted to the user terminal 100.
  • FIG. 2 is a flowchart showing the processing in the search server 30.
  • step 51 when the interface unit 37 acquires the event information 139 from the terminal 100 via the communication unit 39, it is determined in step 52 whether or not the IMS data 129 is included in the event information 139. If the sensor-specific IMS data 129 is included, in step 53, the first search unit 31 directly checks the IMS data 129 and the product / service specific pattern 23b. In step 54, if the IMS data 129 includes the product / service specific pattern (fingerprint) 23b, in step 59, the content supply unit 34 analyzes the content related to the product or service corresponding to the fingerprint 23b. Information 142 is supplied to the terminal 100. Further, in step 60, the management unit 38 charges according to the content supply.
  • step 54 if the product / service specific pattern 23b is not found in the IMS data 129, in step 55, the second search unit 32 causes the sensor specific database 22.1 to 22.
  • the combination of chemical substances included in the IMS data 129 is estimated with reference to n.
  • step 56 the third search unit 33 refers to the general-purpose chemical database 21 using the general-purpose data (FCWS data) included in the event information 139, and the event information 139.
  • the content supply unit 34 When the chemical substance combination is estimated, in step 57, the content supply unit 34 includes the combination corresponding to or corresponding to the registered goods or service recipe 23a in the estimated chemical substance combination. Determine whether or not. If the recipe 23a is included in the estimated combination of chemical substances in step 58, it is determined that the product or service is registered, and in step 59, the content supply unit 34 selects the product or service corresponding to the recipe 23a. Analysis information 142 including content related to the service is supplied to the terminal 100. Further, in step 60, the management unit 38 charges according to the content supply.
  • step 58 if the recipe 23a is not included in the estimated chemical substance combination, in step 61, the generation factor supply unit 35 transmits analysis information 141 including the estimated chemical substance combination to the user terminal 100. .
  • the search server 30 and the data server 20 are installed in the analysis center 10, but these servers may be distributed on the Internet.
  • the servers 20 and 30 can be realized by using appropriate computer resources including a CPU and a memory.
  • the processing in each of the servers 20 and 30 can be provided by being recorded on a suitable recording medium (for example, DVD) as a program (program product) for operating the computer, or can be provided via a computer network such as the Internet.

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Abstract

Cette invention se rapporte à un serveur de recherche (30) d'un centre d'analyse (10) qui fournit un contenu relatif à des parfums. Ledit serveur de recherche (30) comporte : une unité de communication (39) qui permet d'obtenir des informations d'événement (139) en provenance d'un terminal (100) qui contient un capteur IMS (120) ; une unité de fourniture de facteur de cause (35) qui utilise les données IMS (129) obtenues en provenance du terminal (100) de façon à déduire des combinaisons chimiques qui pourraient avoir été des facteurs de cause de l'événement et qui fournit ensuite au terminal (100) des informations d'analyse (141) qui comprennent les facteurs de cause, telles que des informations qui concernent les produits chimiques ; et une unité de fourniture de contenu (34) qui fournit au terminal (100), si la pluralité de combinaisons chimiques comprend une formule enregistrée (23a) qui concerne un produit ou un service enregistré, le contenu (23c) associé audit produit ou audit service enregistré.
PCT/JP2010/007456 2009-12-22 2010-12-22 Dispositif fournissant un contenu WO2011077732A1 (fr)

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CN201080064586.8A CN102770882B (zh) 2009-12-22 2010-12-22 提供内容的装置及提供信息的方法
EP10838970.1A EP2518673A4 (fr) 2009-12-22 2010-12-22 Dispositif fournissant un contenu
JP2011547313A JPWO2011077732A1 (ja) 2009-12-22 2010-12-22 コンテンツを供給する装置
US13/518,049 US20120312981A1 (en) 2009-12-22 2010-12-22 Apparatus that supplies content

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US20120312981A1 (en) 2012-12-13
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CN102770882A (zh) 2012-11-07

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